SCIENTIFIC ABSTRACT BELIKHOVA,Y.L. - BELIKOV, B.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204320001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

MIDLATIV, O-V-, prof*'; IMLIKHM, Yetiae, nauchnyy
sotrudnik (Hookys.)
Cage of pheochromocytoma in a child. Probl.endok. i
gorm. 5 no.l:
92-93 Ja-X '59, (MrRA 12r3)
1. Iz kliniki Yseeoyu'znogo instituta eksperimentalluoy
andokrinologii
(dir. - prof..Ye.A. Vasyukova).
(MEOCHROMOCYTCKA, in inf. & child,
case report (Rua))

NIMLAYIV, O.V., prof.; BELIKCHOVA, Ye.L., nauchrqy
sotrudnik
Tumor of the adrenal cortex in a 7-month-old infant.
Probl.andok.
I gorm. 3 noel.,94-95 -Ta--P 1598 (MIRA 12-3)
1,,Iz kliniki VsesoyuznogO inatituta eksperimentallnoy
endokrinologii
(dir. - prof. Ye.A. Vaisyukova).
(AMMNAL OMM, neoplasms
benign tumor in ~nf. 68))

NAUMOVA, V.I.;-]~~ ~KHOV~AYe.L.
Treatment of thyrotoxicosis izx bbildren. Vop. okh.
mat. i det.
6 no-402-28 AP 161. (MIRA l4p6)
1. Iz kafedry detakikh bolezney lechebnogo
fakuliteta (2av. -
prof. M.M.Bubnova) II Hoskovokogo meditsinskogo
instituta imeni
N.I.Pirogova (dir. - dotsent M,G.Sirotkina) i
Voesoyuznogo
institute eksperimentallnoy endokrinologii (dir. -
prof, Ye,Ao
Vaayukova). (THIYROID GIAND-DISWES)

FLEKSMER, S.Ya.; _BELIKHOVA2 Ye.L.
Infectious hepatitis in an 8-year old gir2 with diabetes
me2litlw.
Vop. okh. mat. i det. 6 no-10:93 0 161. (MIRA 14;:L1)
1. 17, Detskoy gorodskoy klinicheskoy bollnitsy imeni
I.V.Rusakova
v Moskve.
(HEPATITIS, INFECTIOUS) (DIABETES)

~,--__BELIKINq M.B.
Adenoma, of the sman intestine in a 5-year-old child
producing
aeven-ring invagination of a oonsiderable portion of
the small
intestine, Khi=giia 35 no. niM N 159. (MIRA 14:1)
(INTESTINF,S-VMRS) (INTESTINES-INTUSSUSCEPTION)

BELIKIN, P.IK., kapitan 1-go ranga
Recognition of natural radar reference points, Mor. abor.
46
no.ls42-48 Ja 163. (KRA 161l)
(Radar in navigation)

0
BELTK[NA) N. V.: Master Mod Sci (diss) -- "The effect of
extract of aloe and of
the vitreous body on the coagulability of blood". Saratov,
1959. 12 pp (Min
Health RSFSR, Saratov Med Inst), 200 copies (KL) No 14,
19559, IP3)

BK=NAs N.V.; PROKOPYEVAs L.I,
Reactivity of the body and blood coa4ulability
during surgery#
Trudy Sar, goo, med, inst. 26126-28 590' (MMA l4t2)
1. Saratovskiy meditainskiy institut" kafedra
normalluoy
9
fiziologii (zav.prof. Ye,.S..Ivanitakiy-Vas:Llenko)o
(BLOOD-ZOAGULATION) .(PROTHROMBIN) (OPERATIONS,
SURGICAL)

GEORGIYEVA) 'S.A., prof.; BMKINA, N.V.; ZHELTOVA,
O.P.; IVUIOVSKAYA,
Ye.M.- PROKOFIYEVA, L.I.'-;' 'PRO-SnAKOVA, V.L.
[Manual for the practical study of normal
physiology] Ucheb-
noe posobie k prakticheskim zaniatiiam po
normallnoi fiziolo-
gii. Sost.S.A.Georgievoi i dr. Saratov, 1963. 148
P.
(MIRA 17:3)
1. Saratov. Meditsinskiy institut.

BUROVA, Vilenina Emmanuilovna; SHOR, Semen
Hikhaylovich; BELIKOT, A.,
red.; ZAMUROVA, G., red.; COPELETA, 0.,
[Vasters of underground storerooms; from the history
of the
Illich mine in tha Donate Basin] Khosineva podzamnykh
kladovykh:
iz istorii shakhty imani Illicha v Donbasse. Moskva,
Izd-vo
sotsial'no-okonaUt-ry, 1960. 165 P. (MMA 13:5)
(Donate Basin--Coal miners)

BZLIKOV, A.
Let-ter to the editor. Koks i khim. no.1:63 '60. (MIRA
13:6)
1. Ukrainskiy nauchno-iosledovatellskiy iustitut
Ugleobogashchaniye.
(Coal preparation)

BARJOT. P.; KOLDENTSY. V.1. (translator]; BRYUMIANOT,
U.N., Impitan I range.
redalctor; BELIXOV, A.F.. redaktor; SKIRNOYA. X-L,
tekhnicheeldy
redalctor
[Tbe navy in the atomic age, Translated from the
french] Iflot v
atomnyi vek. Perevod a frantBuzekogo V.I.Kolimeeva. Pod
red, B.N.
Briukbanova. Moskva, lz&-vo inostrannoy lit-ry, 1956.
271 p-
(Naval art and science) (MIRA 10:1)
(Atomic warfare)

B A. G. ; CRI ZFIOV, P.A.
-MUMMINK,
Second all-technical conference at the Chinkent Lead
Plant.
Met. met. 29 no.?iM-87 -T1 156. OMLRA 9110)
(Chimkont--Lead industry)

--AccEssioN Nn: AP4o35G94---- '8/0057/64/034/005/0847/()852---
Belikovq A.G.; Goncharenko, V.P.; Mishchenko, V.M.; Safronovj D*09;
AUMOR:
slavny*y,-A-.'S*.--'*
!~TITLE: Production of fast plasma bursts with a coaxial plasma gAM
JSOUACE: Zhurnal takhnicheakoy flzlki, v.341 no.5, 1064, 847-852
TOPIC TAGS: plasma, plasma gun, coaxialgun, plasma burst, fast Lon
ABSTRACT: This paper reports a continuation of previous work by the
same five au-
thoks (Sb."Fizika plasmy* I problemy* uprnvlyayemogo tormoyadernogo
sintoza",No a
Izd.AN USSR Kiev,1964). The velocity, donsity and other properties
of douteri~;
plasma bursts obtained with a coaxial cylindrical plasma gun were
determined an
~ifunctions of the discharge voltage and the time delay between
admission of the gas
nnd initiation of the discharge. Plasma bursts wore obtained which
contained more
than 1017 particles and had densities greater than 1013 cm-3 and
velocities greater!
107 CM
than 8 to 9 x /occe-7heplasma gun consisted of two coaxial
cylinders 32 mm and
72 mm in diametor and 17.5 cm long. One cubic centimeter (standard
conditions) of
deuterium was admitted to the annular space through openings In the
wall of the In-'
1/3
Cl- rA

!ACCESSION NR: AP4035694
ner cylinder. Gas began to enter the interclectrode space 170
microsec after the
valve was triggered, and the valve remained open for 80 microsec.
A 27-microfarad
~
,capacitor charged to 20 kV or less was discharged through the
gun. The resulting
plasma burst was observed in a 95-mm glass drift tube. No
confinIng axial magnetic
field was used. The plasma bursts wore analyzed with a Thomson
mass spectrometer
;located 2.5 meters from the source. The velocity of the bursts
was determined from
ithe flight time between two external magnetic probes located 80
cm and 200 cm from
the gun. The density was monitored by observing the cut-off of
8-mm microwaves at
80 cm from the source. In some cases the total energy of the
plasma was estimated
from calorimetric measurements. The ions in the plasma bursts were
distributed over
a wide range of energies. The velocity of the burst as determined
from the flight
time between the two magnetic probes agreed -with that calculated
from the Ion ener'
gies as measured with the mass spectrometer. The highest
velocities were achieved
iwith a delay (betweer. triggering the gun and applying the
potential) of 200 to 250
:microsee. When the delay was loss than 170 microsec, gas did not
enter the inter-
electrode space until after the potential had been applied. Under
these conditions
only slow bursts were formed& Normally there were two bursts per
shot, and these
ihad widely dig-terant voloattlose When the delay won Anoreased
boyond about 250
2/3
Card

ACCESSION NR: AP4035694

microsec, the slow burst

grow,in size at the
expense ol the ;net one,

and the,two

bursts tended to merge.

Orig.art.has: 2 formulas, 9 figures and 11able.

ASSOCIATION: none

SUBMITT I lMyG3

DATS AM SOMY64
SHOLI 00

jSUB CODHJ Md, NP

NR REY BOV: 001
WMRs 002

3/3

Card-:-

ACCESSION NR: S 278.1163/000/003/0255/0261
AT4036068
AUTHORSz Belikovi., A.G.1 Goncharenkoo V. P.1 Hishchenko, V. M.;
Safronov, B. G.; Slavny*y, A. S.
TITLE: Investigation of coaxial plasma accelerator
SOURCE: Konferentsiya. po fizike plazmy* i problemam upravlyayemogo
termoyadernogo sinteza. 3d, Kharkov, 1962. Fizika plazmy* i prob-
lemy* upravlyayemogo termoyadernogo sinteza (Plasma physics and
problems of controlled thermonuclear synthesis); doklady* konferen-
tsii, no. 3. Kiev, Izd-vo AN UkrSSR, 1963, 255-261
TOPIC TAGS: plasmoid, plasmoid acceleration, plasma source, high
temperature plasma, plasma density, discharge plasma
ABSTRACT: A coaxial electrodynamic plasma accelerator is investi-
gated in order to determine some of its parameters, namely the plas-
moid velocity, the plasmoid density, the contamination of the plas-
Card 1/4

ACCESSION NR: -AT4036068
ma with heavy ions, and the energy distribution of the ions.'
The
electrodynanLic plasma accelerator consists of two coaxial
cylinders
(72 and 32 nun inside diameter, length of accelerating
electrodes
175 mm). The pressure used was (1-3) x 10-3 m/W, and the working
volume was filled with gas using a pulsed valve described by J.
Marshall (Fizika goryachey plazmy* i termoyaderny*ye reaktsii,
Atomizdat, m. 1959, p. 290). The acceleration of the plasma by
the
coaxial accelerator was investigated as a function of the delay
be-
tween the start of the entry of the gas into the working volume
(more accurately, the start of operation ofi the hammer of the
valve)
and the discharge of the source. The discharge was investigated
with an internal magnetic probe. The plasmoid velocity was
measured
with optical (photomultiplier) and external nagnetic probes. The
mass composition and the energy of the ions of the plasmoids
were
determined by the Thomson parabola method. The results have
shown
that two plasmoids, moving with different velocities are
groduced
during the acceleration of a plasma with a coaxial
eiectrodynamic
Card.
- -- - --------

ACCESSION NR% AT4036068
source. A-he formation of the plasmoids is not connected with the
periodicity of the discharge in the source. Further research is
necessary to ascertain the nature of the first plasmoid. The
charged-
particle density exceeds 1013 cm-3, the hydrogen ion energy in the
fast plasnoid reaches 4-5 keV, and the plasmoid impurities are
high, 50--60% in the slow plasmoid and less in the fast one. Exact
determination of the impurity contents in the fast plasmoid is
diffi-
cult. Origo art. has: 10 figures.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 2lMay64 ENCL: 01
SUB CODE: ME NR REF SOVs 002 OTHER: 003
Cord 3/4

ACCESSION NR: AM36068 ENCWSUIM: 01
awmw 8
Diagram of accelerator; 1 source electrodes, 2 insulator,
3 - glass tube, 4 - photomultiplier, 5 external magnetic
probe, 6 - vacuum. chamber, T internal magnetic probe,
8 vacuum, 9 gas inlet
Card 4/4

;'r'.RYANKINP A.Ye.9 kand. tekhn, na,4V~ hF.L[KOVf. AIGPY
Inzh.
Effect of the form of the rims of a channel in front of the
nozzle apparatus on its efficiency with large input(overlaps.
Meploenergetik,q 11 no.4g49-52 MIRA 17.6)
Ap 164.
1. Ito:ikovskiy onergeticheskily infitttut.

BELIUL.J69,.; G0,11CMUDIKO, V.P.; 1,111311CIR-10,
V.M.; SAFRUIOV, B.G.;
..WA
SlAWIYY, A.S.
Production of fast plasma clots using a coaxial
source. Zhur.
tekh. fiz. 34 no.5:847--852 My'61~. (MIRA 17:8)

PONOMARV, V.D.,; WNTJ , A. 1.
Sulfur dioxi(le concentrations b) Comparative rate of
desorption
of sulfuric anhydriedo from various absorbents.
Izv.AN ratakh.
&M Ser.khim. no.1:36-38 147. (KE2A 9:8)
1 (Sulfur trioxide) (Desorption)

AUTHORs Belikov, A.I. 30V-3-56-9-22/36
TITLEt ~~ifio and Methodical Cohferences (Mezhduvuzov-
skiye nauchnyye,i metodibheskiye konferentaii). A Discussion
of Questions of Labor and Wages (Obsuzhdeniye voprosov truda.
i zarabotnoy platy)
PERIODICAL: Vestnik vyashey ahkoly, 1958, Nr 9, pp 67-69 (USSR)
ABSTRACTs Scientific research work on questions of labor
organization,
wagesp arid technical standardization is being performed by
about-100 .scientific institutes, the chairs of economic and
political,'economy of many vuzes .and by enterprisealworkers.
To ooopdinate.this researchp a Nauchno-iouledovatellakiy in-
stituftruda (5cientifia Recearoh Institute of Labor) has
been founded with a Central Bur6au for Establishing Norma.
The USSR Ministry of.Higher Education requested that the
higher edaoational institutions study and generalize the ex-
perience of.this work. The Ministry's Scientific-Toohnical
Council made a list of research on 250 themes) to be
worked out by economics chairs during 1958-1960, About
80 of theae themes are devoted to the study of reserves for
labor productivity growth, to an'analysis of lowering the
Card 1/4 cost of production, to the working out of proposals
for the
N

SOV-3-58-9-22136
Intervuz Scientific and Mothodical,Conference. A Discussion of
Quastions
cIf Labpr and Wages , 10~
this Committee's Branch. The speakers strongly criticized
the deficiencies of the vuzesscientific work in this field.
O.V. Kozlova, Director of the Moskovskiy inzhernerno-ekono-
micheskiy institut (Yoscow Engineering and Economic In-
stitute) reported on the work already being done in this
field at her institute. D.I. Sankin, Docent if the Chair
for National-Economic Planning and Related Economics of the
Moskovskiy finansovyy institut (Moscow Financial Institute)
told how 15 instructors and students of the Financial In-
stitute and of the All-Ufiion Polytechnical Correspondence
Institute were working on the theme "Reserves for the Growth
of Labor Efficiency at Machine Building Enterprises". Doteent
A.M. Levin of the Llvovskiy poligraficheskiy institut (L1vov
Polygraphical Inatitute)'informed the Khar1kov conference
of the research conducted by his institute. Research in the
field of labor and wages still do not occupy a pr6per place
in the higher schools'scientific work. The most serious
deficiency in elaborating problems of labor and wages is the
lack of coordination in research work, the multitude of
card 3/4 themes and duplication of the questions studied. The
article

SOV-3-58-9-22-36
Intervuz Scientific and Methodical Conference. A Discussion of
Questions
Of Labor and Wages
refers to other deficiencies, which were partly set forth by
V.D. Bubnov of the Leningrad Sovnarkhoz, S.N. Petrov of the
Leningrad Plant "Elektrosilall and V.N. Gubenko from the Kharl-
kov Plant "Svet Shakhtera". The recommendations adopted
enumerate the most important problems. The Board of t6
USSR Ministry of Higher Education, having discussed the con-
ference results, in a resolution outlined concrete measures
the realization of which will increase research work by
higher schools in the field of'labor and wages.
There is 1 Soviet reference.
Card 4/4

GENKIN; K.I., doktor tekhzinauk; MCIROZOV, K.A.,
kand.tekbn.nauk; SYUNI
SHANI-I [Hoffn Shan-i],, inzb.; EFENDIIEV., V.S.,, imb,
Frini-Ii
uchastiye: ROZENWM, VJL; RFIT 07, A.I.
e- -'. - -
Performance of a gas diesel engine developeA on the basis of
the
2D-100 iwo-strokp diesel design.' Energoma bin stroenie 7
no*8:9-3.1 Ag 161, (14M 24:10)
(Gas and oil engines)

BICLIKOV w4fh~,-
fr
The assembly-line system of manufacturing metal toys.
Dot.
khor. igr. 20.1:36-37 155. (MLRA 10:2)
1. Starshiy nauchy7y notrudnik Nauchno-lealedovatellskogo
institute Igrushki.
(Toys)

Y-, 86-58-3-32/37
AUTHOR: Belikov, A.M.g Engr Maj
TITLE: The Use of Remote Indicator of Radio Direction Finder
by Flight Supervisor (Ispollzovaniye vynosnogo Indikatora
radiopelengatora rukovoditelem poletov)
(lo
t
PERIODICAL: Vestnik vozdushnogo flota, 1958,,jNr 3, pp, 81-82
(USSR)
ABSTRACT: The article deals with the problem of how to
facilitate the
control of flights by the flight supervisor. The author
suggests that the flight supervisor should have a remote
indicator of the radio direction finder in his immediate
vicinity. For that purpose the cathode-ray tube should
be disconnected from the assembly and be installed at the
desk of the flight supervisor. Around the tube Is placed
the azimuth scale and the map of the flight area and to the
center of the tube is fastened a slide rule with a range
scale. The map and the tube of the remote indicator should
be so placed that the direction of takeoff and landing on
them would be parallel to the direction of the runway.
One diagram.
AVAILABLE: Library of Congress
Card 1/1

BELIKOV, A.M.
Organizatlon of storeroom3 and intraplant corveyir-e
ir. machinery
plants in SwIltzerland. SU-in. i instr. 35 nc. 4-35-38
Ap 164.
(M I RA 17: 5)

: ~, i, V , ~ , , ~, .
5,rA ?~A-mnti,)r of `~ t -1,
I . - . .1
A 1, ;~ , s ,, - . 15 7 1, ~ . 1 , : " ~~ - - 17 ~ i I
~ ' f %.$I r- ~-
I L -~4. . " 18 . --, )

, Y-
".1 .,

SO V/ 137-59 -3- 19789 D
Translation f rom: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9,
P 239 (USSR)
AUTHOR: Belikov, A.M.
TITLE: X-ray Determination of the Constants of the Quasi-elastic
Force of Heat Fluctuations and of the Coefficients of High-
meltin--y Metallic Phases (Rentgenograficheskoye opredeleniye
konstant kvaziuprugoy sily teplovykh kolebaniy i koeffitsiyentov
teplovogo rasshireniya tugoplavkikh metallicheskikh faz)
ABSTRACT: Bibliographic entry on the author's dissertation for the
de-
gree of Candidate of Technical Sciences, presented to the Mosk.
in-t stali (Moscow Institute of Steel Industry), Moscow, 1958
ASSOCIATION: Mosk. in-t stali (Moscow Institute of Steel
Industry), Moscow
1. Metals--Melting 2. Metals--Phnse studies 3.
X-ray.;--Applications
Card 1/1

AUTHORS: Belikov, A. M. Umanskiy, Ya. S. 307-163-58-1-35/53
TITLE: The Characteristic Temperatures of the Heat Vibration and the
Thermal Expansion of Some High Melting Metallic Phases
(Kharakteristicheskiye temperatury teplovykh kolebaniy i
teplovoye rasshireniye nekotorykh tugoplavkikh metallicheski-kh
faz)
PERIODICAL: Nauchnyye doklad vysshey shkoly. Metallurgiya, 1958, Nr
1,
pp 192-197 (USSR~
ABSTRACT: The inclusion phase in the alloy of molybdenum with
niobilum
and titanium was investigated.
Nitrites of the above mentioned elements were produced according
to the powder metallurgical method in the nitrogen flow at
1000 - 12000C. In these investigations the lattice constant
and the quantity of m 0 2 of the composition of the alloys
Mo-Nb and Mo-Ti were investigated. From the shape of the
curves may be seon that with the solubility of titanium and
niobium in molybdenum the quantity m 9 2 varies in the case
Card 1/3 of a lower content of titanium or niobium in the alloys.
This

SOV/163-58-1-35/53
The Characteristic Temperatures of-the Heat Vibration and
th.-s Ther=al
Expansion of Some High Melting Metallic Phases
variation of m 9 2 explains the strong interaction between the
atoms of titanium and especially of niobium with atoms of
molybdenum rich alloys. The values for m 0 2 of nitrites are
equal to those values of pure metals.
From the investigation of the carbides TiC, ZrC, NbC and WC
it may be seen that 'these compounds have the same !=biring
power as metals.
In table 2 are given data on the t:omtining powers and coef-
ficients of linear expansion of the metals mentioned above,
and their metallic phases such as Nbli, ZrN, Ta2N, TiC$ Mc2 C
and NbC. In the investigation of the carbides of molybdenum
and tungsten as well as of all nitrites it was found that the
constant of the heat vibrations changes only little as
-lompared
to pure iron.
It is assumed that in all phases the electrons of carbon
actively effect the structure of the d-orbits of the metals of
the fourth and fifth group. The electric conductivity of the
carbides of molybdenum and tungsten is lower than the electric
Card 2/3 conductivity of pure molybdenum and tungsten metals.

I
SOV/1 63-58-1 -',x5/,,,
The Characteristic Temperatures of the Heat Vibration and
the Thermal
Expansion of Some High Melting Metallic Phases
There are 2 figures, 2 tables, and 9 references, 9 of
which
are Sovieto
ASSOCIATION: Moskovskiy institut stali (Moscow Steel
Institute)
SUBMITTED: October 1, 1957
Card 3/3

24 .7000
AUTHORS:
TITLE-..
PERIODICAL:
Bel ikov,, A,.,_d.1,,amansk-Ly, Ya. S.
Study of the Anisotrophy of the Atomic
in Some Amphoteric-Metal Carbides
Hexagonal S~-ructures
Kvistallofraflya, 1959, Vol'4, Nr
1'.
Sov/7o-4-=.-1_o/-z.';
Thermal Vibrations
and Diborides Ha,.Ing
6
5, pp 684-086 (USSR)
ABSTRACT: The metal carbides were produced by sinterIng the com-
pressed mixtures of the powdered metals with carbon
black, and diborides by bovoncarbide reduction. The
X_-ray diffraction patterns were taken at variouB
temperatures by cop)er radiation, except for TiB.
for which Mo-radiation was employed. The charge
in the spacing of the diffraction maxima for reflec-
tions from the atomic planes normal (or nearly normal)
to the a and c axes, and the weakening of the dif-
fraction intensities at higher temperatures furnished
the data for computation of the thermal expansion co-
efficientsCLa and Ctc and of the characteristic tem-
Card 1/5 peratures 0 a and 0 C. The Computed figures and the

V59Q8
Study of the Anistrophy of the Atomic Thermal
"Ov
Vibrations in Some Amphoteric-Metal Carbides /70-~-5-10/35
and Diborides Having Hexagonal Structures
c:a ratios oV the :3tudiled comoouni-l., ~1,,c comptiled In
the table. The exueriments d Isclosed. the dLmit'll-shing
of the lattice disi-ortions and lnc-ea3e of a -~nd c
at higher tempevaturo3. The dlf~"e-ence In aa and
0. values points to the differing I-)ond ener-y along
the respective axes. The bond ener,--,,-Les in di-borides
proved to be about the same as in the respective
carbides. As a general rule, the anistropy of the
thermal vibrations in the studied carblde5 and di-
borides can, according the authors, be interpreted
by the prevalence of Me-X over rvle-Mle bonds. Tilere
is 1 table; and 6 references, 2 German, 1 U.S., 1
.British, 1 Soviet, I French. The U.S. and British
references are: W.H. Zachar-~sen, F. N. Ellinger,
Acta Crystallogr., 8, 7, 431, 1955; 1. ThewlIs, Acta
Crystallogr-, 5, 6, 1952.
ASSOCIATION: Moscow Steel Institute imeni I. V. Stalin
(M03kovskiy:
Card 2/3

6)
Study of the Anicitrophy of the Atomic ThevaLai
Vtbvations In Some Amphoteric-Metal Cavbldc3 SOV/Y0 -
10/36
and Diboride3 Having Hexagonal Stvuctuves
ino t it tit :3tal 1. Imen I I . V . St,--,! Ina)
SUBMITTED:
November 19, 1959

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7,8 0,5

0,-,
Q,3J

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-

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J.

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34
9

400-17

6,OK�O, I

6,8�0 .3
ZrD,
-

m,4�5.6
500-17
6,63
V,t
7,35 O.L

%
WC 0,978
t,0..
!1914.
l
(nto% (MO,),
1
L.4
t4,6
400
3
1
3
Ti111.

(rnG2). (mG2)c
-
26
400-0
5,6�0,8
5,1�2,2
Card 3/3

S/137/I61/WO/W2/043/046
A006/AWI
Translation from: Referativnyy zhurnal, Metallurgiya, 1961,
No: 2, p. 43 121363
A M OR: Relikov, A. M.
TITLE:. Poentgenographical.Determination of the Coefficients
of Thermal
Expansion
PERIODICALt "Sb. nauchno-takhn. tr. N.-i. in-t metallurgii
Chelyab. sovnarkho-
za!', 196o., No. 1, pp. 139-144
TEXT: The coefficient of thermal expansion, determined by the
X-ray
method, exceeds somewhat the coefficient of thermal expansion
found by dilato-
metric measurements. The-difference between these coefficients
is the greater;
the greater the ratio of the surface to' the volume of
material participating
in the reflection of the X-rays. The connection is admitted
between the effect
foun,4 and!the difference In the amplitudes of thermal
oscillations of atow
looWied on the surface and within the crystal, or with defects
of the crystal
latticei concentrated on the crystal surface. It Is pointed
out that the com-
parleon'of reontgenographically determined coefficients of
thermhl expansion on
Card 1/2

S/13'1/62/0(JO/003/103/191
A0601AI01
AUTHORS: Gershman, R. B., Belikov, A. M., Vasil'yeva, S. M.
TITLE: Nrie temperature of cementite alloyed with nickel,
manganese, and
s1licon
PERIODICAL: Reforativnyy zhurnal, M(ftallurgiya, no. 3, 1962,
);, abstract 3124
C'Sb. nauchno-tekhn. tr. N.-i. in-t metallurgii Chelyab. sovnar-
knoza", 1961. no. 3, 195-199)
TEr.r: A determination was made of the Curie temperature TC of
alloyed
cementite as a function of its Ni, Mn, and Si content. The
investigation made
use of steel with the following composition (in %): C 0.55 -
0.70, Mn o.16-4 '33
Ni 0.12 - 11.1. Cr 0.09 - 0.20, Si 0.020 - 0.028. It was
established that Ni
has no noticeable effect upon the TC of the cementite. Mn
strongly lower& the
TC and, at high Ni contents the TC is located in the
neighborhood of OOC. The
Si seems to increase the TC of the cementite but since a large
quantity of non-
metallic silicate impurities is contained in the steel, making
it impossible to
obtain a pure carbide deposit, the problem of the influence of
Si requires
additional investigation. A. Rusakov
[Abstracter's note: Complete translation]
Card 1/1

I,IBNM, 5.8.;,T~p ~A.M. ~ MOROZOV, A.N.
Kinetics and the mechamism of chromite reduction by solid
carbon. [Sbor. trud.) Nauch.-issl.irist.met. no-4:3-11
161. (MIRA 15:n)
(Chromite)
(Chemistry,, Metallurgic)

s/18o/62/0o0/o06/o04/oz?.
E071/E151
AUTHORSs and Savinskaya, A.A. (Chelyabinsk)
TITLE: Vanadiitm and niobium carbides in steel
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdelen:Lye
tekhnicheakikh nauk. Metallurgi:ya i toplivo,
no.6, 1962, 67-72
.TEXT: The existence of oxygen in the vanadium and niobium
carbides in alloy steels containing them was studied, as well as
the effect of heat treatment on the carbon content of the carbides.
Two niobium steels (1,35% and 1.50% Nb, respectively, and
o.67-0.70% C) and one vanadium steel (0.97% V., 0.71% C) were used
and were examined in the fully annealed, normalised, and hardened
.states. The carbides were separated either electrolytically or
.chemically. The gas content of the steels and of the separated
carbides was determined by vacuum melting. The carbon in the
carbides was determined chemically and also from the lattice
spacing of the carbide, as determined with a diffractometer
!~VC -5014 (URS-50i)- 'It was established-that after any thermal
!treatniont of the niobium steel in the temperature range 650-1306.*C
,Card 1/2

s/180/62/000/006/004/022
Vanadium and niobium*carbides ...
E071/E151
and after-hardening and annealing of vanadium steel in the
the combined.carbon content of the..
-temperature range 625-1050 OC,
carbides VC and NbC remained practically constant. In the
I-X l_X
carbide VC separated from the vanadium stool, there was some.
1-x'
oxygen and possibly nitrogen, the atoms of which occupy the
vacancies unfilled by carbon atoms. Thus, after the formation of, V
,*vanadium carbide during the annealing of hardened,steel, oxygen
diffuses into the carbide, occupying a considerable proportion-of.
vacant octahedral sites in the carbide lattice. X-ray data could,
be used to prove the same for niobium carbide, but gas
analysis indicated that the presence of oxygen and nitr6gen in
NbC was possible.
-x
I
There are 1 figure and 5 tables.
'SUBMITTED:' February 26, 1962,
Card 2/2

3'2, _1!'
~60 0 S/126/62/013/005/024/031
E111/E435
AUTHORS: Belikov, A,.M.', Lisnyak, S.S., Morozov, A.N.
TITLE: Chrome-spinellides and crystallochemical change.s during
their firing
PERIODICAL: Fizika metallov i metallovedeniye, V.13, no.5, 1962,
774-776
TEXT; The structural peculiarities of natural chrome-
spinellides with tA general formula (Mg,Fe)(Cr,Fe,Al)204 have
not been studied sufficiently. The authors have shown that there
is a difference-between the lattice spacing of the stoichiometric
and the excess-oxygen chrome-spinellides,'. whidh cannot be
explained by the diffei~ence in chemical composition. Using
specially purified specimens, the authors studied the effect of
heating in vacwum and in air on lattice spacing. They have tried
to compare the heat-treatment-produced change in the spacing and
the degree of inversion calculated from it for synthetic
Mgl-,Fe.Cr204 and Mg(CryFe2- )04 spinellides with the change in
lattice spacing of the naturar compound. The two types are
Card 1/3

S/126/62/013/005/024/031
Chrome-spinellides ElIVE435
assigned the formulae
Mg+2 F -- +2 (Cr- +3 AI+3 Fe+3 )0_2
0.8- 0.2 106 0.4 0.2 4.2
Mg +2 Fe -~3 (Cr+ +3 )0-2
21- Xl Fe+3
1.0 0.4 0.2 05 0.6 0.1 6.4
where is the number of vatcancies in the tetrahedral
spaces in the spinel molecule ~hiich must be filled by cations.
When type II are heated in vacuo, cations move into these
vacancies from the octahedral pores: this and the change of Fe3+
into Fe 2+ produces the increase in the lattice spacing. Since
the stoichiometric type*I is free from such vacancies, heating
in
vacuo has no effect. On heating in'air, vacancies remain in
both types. There'are 2 figures and 1 table.
Card 2/3

S/126/62/013/005/024/031
Chrome-spinellides ... Elll/E435
ASSOCIATION: Nauchno-issledovatel'skiy institut metallurgii
S. Chelyabinsk (Scientific Research Institute of
Metallurgy, Chelyabinsk)
SUBMITTED: May 3, 1961 (initially)
October 31, 1961 (after revision)
Card 3/3

BELIKOV; A..H.; SAVINSKAYA, A.A.
Anii!sotropy of temperature vibrations of atoms in
ceutentite cryrtals,
Fix,, met. i metalloved. 14 no.2:299-301 Ag t62. (MIRA
l5zl2)
1. ChelyAboakiy inatitut Metallurgii.
(Crystal lattices)

S/126/ 62/014/005/009/015
E111/E435
AUTHORS: Delikov A.M., Gershman, R.B.
TITLE: Characteristic temperature of alpha-iron alloyed with
rianganese, molybdenum, silicon and carbon
PERIODICAL: Fizika metallov i metallovedeni -yo, v.14, no-5, 1962,
-769
76 6
TEXT: The object of this work was to estimate the atomic
interaction forces (,HE)2) involved when*alloying alpha-iron.
The characteristic temperature was found from the elastic moduli
as measured by the dynamic resonance method. The single-phase
solid solutions studied contained up to the rollowing weight
percentages of alloying elements: 5.4 Mn, 5.3 Me, 6.3 Si,
1.2 C. Within these concentrations the characteristic
temperature of alpha-iron changes only just noticeably on alloying
with silicon and hardly at all on alloying with molybdenum.
Manganese (5,.8 at.%) and carbon (5-117 at-%,) lower the
temperature
by 6tand 100C respectively. Within the same concentration ranges
the value of mG2 falls by 3, 5 and Va' on alloying alpha-iron
with manganese, silicon and carbon respectively, and rises by
Card 1/2

S/126/62/ol4/005/009/015
Characteristic temperature E)11/E435
2.5% on alloying with molybdenum. There are 3 tablem.
ASSOCIATION: Chelyabinskiy nauchno-issledovatellskiy institut
metallurgii (Chelyabinsk Scientific Research
Institute of,Metallurgy)
SUBMITTED: may A, 1962
Card 2/2

LISNYAK, S.S.; MOROZOV, A.N.; VSHIVKOVA, L.A.
Chromium spinelide behavior during heating in reducing
and oxidizing
gaseous media. Ogneupory 27 no.9:417-1+20 162. (MIRA
15:8)
1. Nauchno-issiedovatellskiy institut metallurgii
Chelyabinskogo
soveta narodnogo khozyaystva.
(Spinel group) (Motals, Meet of temperature on)

DAVIDOVI V.I.; BELIKOV, A. ; IGNATIYEVA, N.I.;
VERBOVKSK&YA., D.Ye.
Reaction of germnium dioxide with iron. Zhur.prikl.khim.
35 no.n:
2543-2546 N 162, (KIRA 15:12)
(Gertanium oxide) (iron)

GOLIDSHTEYN, Ya.Ye.; BELIKOV. A.1"'kand. tek~n.
nauk,, retsenzent;
GLADKOVSKIYj V.A., Rand. tekhn. nauk, retpenzent;
KOROTUSHENKO, G.V.,, kand. takhn.nauk, reteenzent;
BONDIN,
Ye.A., laureat Gosudarstvannoy premii inzh.,
ratoenzent;
KALETINA, A.V., ved. red.; DUGINA, N.A., takhn.red.
[Low-alloy steel in machinery manufacture)
Niskolegirovannya
stali v mashinostroenii. Moskva, Maabgiz, 1963 239
p.
WRA 16:8)
(Machinery--Design and construction) (Steel alloys)

MORCZOV~ A.N., doktor tekhn.nauk; LISNYAK, S.S.,
kand.tekhn.nauk;
BELIKOV A M
Ohanges in the composition and structure of chromium ores
during their heating and reducing process. Stall 23
no.2:137-139
F 163 4, (MIRA 16:2)
1. Chelyabinakiy nauchno-ioaledovatellskiy irwtitut
metallurgii,
(Chromium ores)
(Iron-chromium alloys-Metallurgy)

NOLOTILOV, B.V.; KOCHNOV, V.Ye.; BELIKOV, A.M.; GERSHMAN, R.B.
~ 11
Methods of revealing the substructurellt~ electrical steel.
Stall
23 no.3: 1-252 He 163. (MM 160)
1. TSentrallnyy nauchno-isaledovatellskiy institut chernoy
metallurgii i Chelyabinskiy'nauchno-issledovatellskiy institut
metallurgii.
(Iron-silicon alloys-Pickling)
U~

GOLIDSHMYN, Ya.Ye. (Chelyabinsk); CHAHUSIINIKOVA, G.A.
(Chelyabinsk);
BELIKOV, A.M. (Chelyabinsk)
Characteristics of phase transformations, structuref and
properties
of manganese steel. Izv. AN SSM. Otd. tekh. nauk. Met. i
gor. delo
no.4-105-111, Jl-Ag 163. (MIRA 16:10)

KOCHNOV, V.ye.; GERSM40, R.B.; BELIKOV, A.M.
Methods of revealing the substructure of metals. Fiz.
Met. i metallo--
ved. 16 no.1:152-155 J1 163; (MA 16:9)
1. Chelyabinskiy nauchno-issledovateltakiy institut
mOt&llurgii.
(Metallography) (Metals-Pickling)

FKDORTIM, N.V. (Gholnilblrizk);
(Chelyabinsk);
Mapatie tretjtMMjt r
ChrW
1,.,v, AN ZSSR Viet. i gor. diel-, -,nrj.3.-tr,3l-

NR: AR~O_ 44
.2 b
per i- a 'a sm 7.7.
pro fles sigma, 610 kklmm 40 gni era is ensur, y- a
grain size and a two j2hase- structure it icons isting of a thin
mixture ot.ferrite and..
austenite'. - rpsistant at Very low t efnp~4.ratures. A s imilar
structure app6ars on
'be
heatIng up to 600. 625C steels whibb have. en previously harde ned or
norinalized.i..
the harnifill effect of ese-Uh. 'the.position of -the threshold of
Cold brittle-
1.ness,is~due not only to.the manganese itself,'~but also to the
nitrogen introduced
into* -the- stee I with the fe rromanganese or tb ~'metallic mangane
ee. Itisnecessary
~AO,nelu tralize t 0.-;- ha-r M__61- effimf of nitro- t A
IT i~s' IV"-d in-the:steel-by bonding-I
geh.. o e
~stable'hitrides,and -carbohitrides (residual aluminum or residual
titaniurn 0. 05--
:A.070jq), Subsbquent allo .914 mingalfiese, ffiolybdero m- 'xin to
0. 516)
ying with 67 u
ungsten 'up, o id`in.:q--.fii- her_low~Apd of I' sh Id f-
i,Rr t t iew a A ie thre o .-o _i~bld brittleriess
-17 literature ti
2o.kgm/6~2 Ort. has.,~.7_ tles. I.: T~il Va

JD/M

21 ~6
66 FM
1

.
,
'

ACC -NR:
AP600 662
SOURCE CODE: UR/01
81/66/008/003/ 792/0796~ ;
9

i

~
_,
.
'

AUTHORS: Ammer
S. A.; Belikov,. A - Kosilov, A. T.;

Po4tilikov; V. S.

Polyt"
"(Voronezhakiy politekhniobeskiy
OR6, _hniq Ins~titut6

TI TLE Features of:the structure.of -iron and
copper-nic .kel

filamenta,ry'arystals

;,SOURCEV Fizika tve,rdogo tela,
v.. no. -3, '1966, 79.2-796

TOPIC TAGS:-- fiber 'crystal, -copper,,
hardness crystal structure,
y

ray study, 'metallographic examination, sin
x
1e crystal,

i.,ABSTRACT.# The main purpose of the investigation was to
de termine, the

reasons.for'tbe observed large microhardness of the
transition -layer
.1

of'c'O'pper"!iron whiskers*., and to'obtain other data on the fine
struc-
!'Zy .
i

tur~e of suab wb;Lskeim~_ The whiskers. were grown from mixtpres of
I
~~:

chloride salts-of tbe..corresponding metals in a bya=ge
&tmo
sphere,
n

by the mothod of T. S.,Ke_(Scientia sinica v. 10, 30ij --1961)'.- The

Card

r 23026_16&1
I'ACC NR AP60 66
09 2
:grown whiskers'bad a complicated structure, ing'of a'sing e-
consist
crystal cor6-rod-surroupded by a polycrystalline envelope, which wa
thicker at the,base':of the whisker 'and narrower at its tip. Some
whisker tips had no envelope at all. X-ray structural analysis and
metallogliapby were used to investigate the structure. At envelope
t.hicknessup to 50 P., the. Debye rings of 'the x-ray
rotation*.patterns
he orientation
showed a clearly pronounced texture, Regardless of t
of the central*copper rod,, the iron crystals of the envelope lowed 1
9
on. it in accordance.with,.the.principle of structural and dimensional
correspondence. The copper-nickel whiskers were solid-solution sing3d
crystals containing up to 7% nickel in the copper. The conicentration'
In the nickel was bigber-in the surface layer of the whiskers than
in the "deeper ones.. :This structure is-related to the growtb.condi-.
tions 6nd also determines some of the whizkarMtoperties. It is
concluded that the differences between whiskeft and ordinary single
crystals are due precisely to the-differences in the growth cohdi-
tions. Orig. art. has: 2 figures and 1 table.
~SUB CODE:. 20/ SUBM DATE: 24ju.165/ PRIG REF: 005/ OT'H REF: 00'6
_-Card-
J

ov IZ~- , "ml
0 7_' C~)'I( SOUXE CODE:
ACC NRi
,AUTHORS: Postnikov, V. S. tm Kosilov, A - T .; Belikov, A.
1-1._ *,
ORG; Voronezh Polywchnic: Institute (Voronozliski.y
polyteldinichaskiy institut) 15
TILIB. Ro).'xatiop properties of copper-iron hread-liko ciE~tal~
1~
SOURGE: Fizika moLaUov i inetallovedoniyo, ve 21, no. 5. 19563
770-773
T~.110 TAGS: copper containing alloy, iron containing ;Llloy,
mctal cr,,mtal, metal
wh'Lskor, copper whiskor
A13MULCT: The jjMgt
_IE12~~Ishear modulus, electric resistance, ed crystal
structure of copper-iron crystal whi3kers -aere studied. Tho
wi-iiakers Iwere obtained
af tc;r the method of T. S. I~e and Y. K. 14an (Scienta Sinia,
f-9F1, 10, 3, 301). The
exderiinental results are shown graphicdly (sco Fig. 1). Tho
ctirvu of inner friction
vs tomperature oxhIbited a peak in the region of 1100--500C - it
*I concluded that the
2ron-copper wl-dskers ropresent a supersaturated solid solutioll
'~Tho oncrGy of
io!
activation for the decomposition of tho supersaturatcd solut- n
as dotcrr-iinad b7
the mothod of V. S. PosLnikov (DAN SSSR, 1953, 91, 79) was 30
kca-1/mole.
Card 1/2 bm : 539.292;536-539-67

Fig. 1. Temi)oruture depmdonce of Jili.,,Cr
friction Q-1, shear modulu~; G, anil electrical
resistance It of coppor-iron whiskcrs: 1 -
for slow raLo of huat-Lng of speciinen; 2 -
Lho samo for slow coolinr,; 3 - G for heading;;
R !or heating; 5 - the same for cool.
ing
at a rate of 2.5 degrees/run.
~5~
L 36109-66
ACC NR, LP6017309

ACC NR: AP700-3761 SOURCE CODE: UR/0:26/67/02.3/031/017'v'/C)L7G
AUTHOR: Postnikov, V. S.; Belikov, A. M.; Zolutukhin, L V.
ORG: Voronezh 13olytechnic Institute (Voronczliskiy
politekhnicheskiy institut)
TITLE: Effect of cyclic heating and cooling on the fragmental
structure of monocrystals of
aluminum and cadmium
SOURCE: Fizika metallov i metallovediniye, v. 23, no. 1, 1967,
173-17G
TOPIC TAGS: x ray diffraction analysis, cadmium, aluminum,
heating, structure cooling,
crystal structure analysis / URS-50LM diffractometer
ABSTRACT; Tho article presents some findin,,Ys on the effect of
cyclic beat treatment (CHT)
on the fragniental structure (an-le of randon., orientation, size
and mutual orientation of frag -
b
ments)of nionocrystals of 99.99% pure Al and Cd. T'he maximum
temperatures of the cycle
were 260 and 600'C and ihe mininium,' 100 and '60*C, for Cd ind
Al, respectiYely. Fr--Omental
structure N%-as examined by the method of two-crysLal x-ray
spectrometry with the aid of a
modified URS-50IM diffmctometer. In the Al monocrystals the plane
of the section coLncidcd
with the plane (al) wid the axis of the specimen coincided with
the direction (110). In Lie Cd
Cord 1/3 UD C: 54 S. -1

ACC NR: AP7005761
.monocrystals the plane of the section coincided with the plane
(TIOO) and the axis of the speci-
men %%us parallel to the direction (11D). The increase in
fragmentation and changes in the
orientation of individual fragments as a result of CUT wore
determined by photographing the
unbounded (nondiaphragmed) reflected 43eam following every
discrete movement of the film
and rotation of the monocrystal through 11 for Cd and 1-21 for Al.
After this the specimen~again
were subjected to CHT and again inserted in the holder in their
previous position %%rith the aid
of a microscope and the beam from the same fragments was
photographed. The m0an static
angles of random orientation of the fragments, which in Al and Cd
monocrystals amounted to
20-301 and 5' 71, respectively, were determined as a function of
the half-width of the recorded
curve of oscillation of the monocrystals. Findings: For Al
monocrystals, the maximum angle
of random orientat'ion is 181. After 1000 heating cycles there is
still no marked change in
fra-mental structure; the fragments retain their equiaxial shape
and there is no marked change
in the angles of their mutual orientation. A completely different
picture is observed for Cd
monocrystals. Their fragments display a lamellar structure and
following CHT they are com-
minuted and bent. The lamellae lie in the (0001) plane and extend
in the direction (lf2O). This
is due to the anisotropy of the coefficient of thermal eximnsion
in hexagonal fragmental mono-
crystals of Cd due to the random orientation of neighboring
fragments, and hence also to the
occurrence of considerable stresses which may crush the fragments
and alter their orientation
during CHT. " In conclusion the authors wish to express their
gratitude to V. A. Likhachev
Sard .2/3

ACC NR.
AP700IS761
and A. N. Orlov for discussion of this project and valuable
comments. Orig. art. has:
2 figures.
SUB CODE: 20/ SUBINI DATE: 04MayGG/ ORIG REF: 005/ OTH REF: 002
Card 3/3

0 4 it it
A

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The u" of Infrared rays for drying cM4W brouze
N. lirlikov. Vestmik Ixghen-v i Tekh.

-*o

CP
'

,3'.vI(HXW),-Thv 11"t
Aukd Ind. 12

00

Inr an At emmel on tinned Iron. with Infrared
rvy4 of A

O.H - 2.5g, am7r,440)1 (light
Both
u1 11) min
c
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di
ti
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11, a IT it ft K IT it at MW A i IRA All
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so too
~~0000*0:000000000400 110 0 v 0 6 o 1 e006996990001

DET IKOV. A. IJ. Nov 52
USSR/Metallurgy - Welding, Proc6sses
"Preheating by Radiation in Welding," Fm,-,,r A. N. Br-likov
Avto.-en Delo, Vo 11, pp 25,26
Describes expts uning infrared rays to accelerate heatiri.~ of
cylinder before weldirr.
Concludes that nreheating for welding mEq be done by rFdiating
izittallation. con-
figuration of which corresi3onds to the shaDe of piece to be
2reheated. States that
such Portable installations are convenient for Preheating and
safe in handlind.
266T52

1. BELIKON, A. IN
2. us sR (6,) ))
The Use of Infrared Rays in Sta,.j)in4 out Articles Out of
Sheet IJ:-.1-nesium Alloy,
Her,rdiI of Mseline Construction, No. 1. Jan 5-1
9. Cou.Tilation of Information of the USSR Vachine and
Mnichine '-~'oolz Industry
Containod in Soviet Publicotions. ATIC. Rentricted.

1. BILIKOV A.U. Eng.
2. USSR (6oo)
4. Sheet-metal Work
7. Application of infrared rays in stamping various
products from magnesium-
alloy sheet, Vest.mash. 33 no.1, 1953.
9. Monthly-Lipt gf Russian Annegginal, Library of
Congress, April 1953, unclass.

SOV/123-59-15-59901
Translation from; Referativnyy zhurnal. MashInostroyeniyq,
1959, Nr 15, p 142 (USSR)
AUTHOR: Belikov, A.N.
TITLE: New Heat-Resisting Enamel EZh-lOOO
PERIODICAL: Fil. Vses. in-ta nauchn. I tekhn. inform. M., 1958,
9 pages, Illustrated,
2 rubles
ABSTRACT: The booklet has not been reviewed.
Card 1/1

ODA 69337
S/129/60/000/05/017/023
E091/E235
AUTHOR: Belikov, A. N., Engineer
TITLE: Raising the Refractoriness and Thermal Stability of
Partso
PERIODICAL: Metallovedeniye i termichaskaya obrabotka metally
19607 Nr 5, pp 54-55 (USSR)
ABSTRACT: In order to increase the service life of parts
working
at high temperatures, their surface must be protected by
heat resistant0enamel coatings.%qThe gLuthor has/developed
and appl!eZr trie heat res-IsTaRn-E e name 1FEZh- 1000 Owhich
consists of frit, chromium oxide, Chasov-Yar c ay and
water. The frit is made by melting a mixture of quartz
sand, boric acid, barium carbonate, calcium carbonate,
titanium dioxide and zinc oxide, at 1350 to 14000C. It
is ground for 18 to 24 hours in porcelain ball mills
with additions of chromium oxide, Chasov-Yar clay and
water. The resulting mass is called dross. The parts
are cleaned and coated with one layer of dross either
by immersion or by spraying. Large parts are sand-
blasted, washed with water, dried in a current of air
and are then coated with dross (sg 1.6) from a spra
Card 1/3 gun. This is followed by drying in air at 20 to 2VC

69337
S/129/60/000/05/017/023
E091/B235
Raising the Refractoriness and Thermal Stability of Parts
for 30 mins, in a cabinet at 60 to 1000C for 20 to 30
mins and annealing at 1030 to 10500C for 5 minutes,
with subsequent cooling in air. The thickness of the
enamel layer after annealing is 30 to 60~L- In order
to promote formation of an oxide film on the metal
surface and thus ensure good adhesion of the enamel,
annealing is carried out in an oxidising atmosphere.
Enamelling inpreases the thermal stability of the
steel E141 .\% Tests showed that at 1100 to 12000C,
unprotected specimens withstand 8 to 10 cycles, and
those covered with enamel withstand 17 to 22 cycles.
Tests at 9000C showed an increase in creep resistance
by 14%. Tests for the heat resi,-ztance of B1435y'alloy
specimens under load (6.75 kg/mm-:~) showed on heating
to 90000 and cooling to 2000C that unDrotected specimens
withstand 490 cycles, whereas enamelled ones withstand
1225 cycles. A special invest,igation was carried out
in order to see whether it is possible to enamel furnace
flues and other parts during repair work. Metal of
Card 2/3 furnace flues in operation and also of specimens
havi-nX

69337
S/129/60/000/05/017/023
E091/E235
Raising the Refractoriness and Thermal Stability of Parts
'uxidergone 300 thermal cycles between 890 and 2000C. was
sand-blasted and coated with EM-1000 enamel. As a
result, the number of cyclestD fracture increased from
330 to 580. EZh-1000 enamel is suitable for coating
of parts working at up to 10000C. There are 2 English
references. tIv
Card 3/3

GORELIK, Semen Samuilovich; RASTORGUYEV, Leonid
Nikolayevich;
SUKOV., Yuriy Aleksandrovich. Prinimali uchastiye:
BEIJ4.&K0j,_"; VISENYAKOV, Ya.D..;~LYUTSAU, V.G.,
red.;
ZOIMIROV, Yu.V., red.izd-va; BEKKER, O.G., tekhn.
red.
[X-ray and electron diffraction examination of
metals;
practical guide to X-ray analysis, electron
diffraction
exmination and electron microscopy]
Rentgonograficheskii
i elektronograficheskii analiz metallov;
praktichoskoe
rukovodstvo po rentgenografii, elektronografti i
elektronnoi
mikroskopii. Moskva, Metallurgizdat, 1963. 256 p.
-[Supplement; calculation data tables and standard
X-ray
diffraction patterns] Prilozheniia;
spravochno-raschotnye
tablitsy i tipovye rentgenogramy. 1963. 92 p.
WIRA 17: 1)
(Metallography) (Electron microsco
(Electron diffraction examinationv

FN
H
:

.

/50 0
AUTHORS:
TITLE:
22401
S/035/61/0()0/005/038/042
AOOI/AlOl
Dobrokhotov, Yu.S., Belikov, B.D., Kramer. M.V., Pertsev, B.P.
Observations of tidal variations of gravity acceleration at
Pulkovo
in 1958
PERIODICAL: Referativnyy zhurnal. Astronomiya i Geodezlya, no.
5, 1961, 33, ab-
stract 5G214 (V sb. "Gravimetr. issledovaniya!', no. 1, Moscow,
AN
SSSR, 196o, 7 - 14, Engl. summary)
TEXT: Observations of gravity tidal variations were conducted
at Pulkovo
in the basement of the seismic station from April to October,
1953, Two gravi-
meters of OC-11 type were employed. The tides were recorded
first by means of
photoelectrical recorders of the firm Bruno Lange and then by
means of photore-
corders developed in the Institut fiziki Zemli (Institute of
Physics of the Earth).
Altogbther 8 monthly series of continuous observations were
made during this
period. The harmonic analysis of observations was performed on
an electynic
computer. The analysis yielded the following mean values of
quantities 1 - 3/
/2k + h and phase shifts of main waves of the lunar-solar tide:
Card 1/2

22401
Observations of tidal variations
Wave
Phase shift
2
SIO
_35/6i/000/005/038/04
AOOI/AlO1
Ki
1.194 + 0.012 + 2.6 o.6
01
1.180 � 0.008 + 1.8 1.1
M2
1.2,38 0.017 +
2.1 0.9
S2
1.217 o.o42 + 1.6 2.1
N 2
1.222 o.o76 +6.o 4.o
Positivelphase shifts
correspond to lag of observed tides relative
to theoretical
ones.

B. Pertsev
[Abstracter's note: Complete translation]
Card 2/2

22hO2
3/035/6 1/tOO/005/039/042
pf a AOO1/A1O1
AUrHORSi Pariyakiy. N.N., Dobrokhotov, Yu.S., Pertsev, S.P.,
Kramer, M.V.,
B Bareenkov, S.N.
TITIEz Observations of tidal gravity variations at Kraanaya
Pakhra
PERIODICAL, Referativnyy zhurnal. Astronomiya, I Oeodezzlya,
no. 5, 1961, 33, ab-
straot 5G215 (V ab. "Gravimetr. Issladovaniya", no, 1,
Moscow.- AN
SSSR, 1960, 21 - 26. Engl. summary)
TEXTt Observations were conducted in a special basement near
Moscow in 4
km from Krasnaya Pakhra. Ux monthly series or observations
with four GS-11 gravi
meters were made at various times from Deoember 1957 to
February 1959. ~The gravi-
meters were calibrated In the vertical gravlmetric polygon at
the MGU building.
The harmonic analysis of tidal variations was performed an an
electronic computer.
The following mean values of quantities being determined E.
1-3/2k + h, and phase
shifts Lp were obtaineds
for diurnal waves 1.163 -t 0.016, 41 - 10.5 ! 00.7
for aemidiumal waves i.iBD -t o.oW; - 40.1 & iO.o
(Abstracter's notel Complete translation) B. Pertsev
Card 1/1

SOV/112-59-3-5472
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959,
Nr 3. p 168 (USSR)
AUTHOR: Belikov, B. 1.
TITLE, Optimum Conditions for Comparative Control of Rods by
Means of an
Alternating Magnetic Field (Optimal'nyye usloviya dlya
sravnitel'nogo
kontrolya prutikov s pomoshch'yu peremennogo magnitnogo polya)
PERIODICALr Dokl. 7 -y Nauchn. konf erentsii, posvyashch. 40
-letiyu Velikoy
Oktyabrlskoy sots. revolyutaii, Nr 2, Tomsk, Tomskiy un-t, 1957,
p III
ABSTRACT- Main points of a report delivered at the 7th
Scientific Conference,
Tomsk University, are set forth, Gonsiderations are given for
selecting the
optimum frequency of the magnetizing field to be used for
control of cylindrical
rods which are magnetized axially,
Card I I I

BELIKCIV, SAPOZHNIKOV, A.B.
Effect of the frequency of the magnetizing field on the
shape
of the dynamic magnetic loop for a plate.
Izv.vys,ucheb*zav*;
fis. no.5:9.4-100 161. (MM 14:10)
1. Barnaul'skiy pedagogicheskiy institut i Sibirskiy
fiziko-tekhni-
cheskiy institut pri Tomskom gosudarstvennom universitete
imeni
V.V.Kuybysheva,
(Hysteresis) (Magnetic fields)

BFLI~Kull BIT,
(,jA!.jT,,.La :-ort-d I.r. el'tettrofiiri.-rniAl~~ 'a.
vy.- .
zav.; fi-z. 8 16 -)* a
1. darark"Ills",dy
I

0 0 00 0 0 6 4 go 0 a w 0 0 ew w worzw -W. M,w v - - - - - -
~ i a x 1 jo 11 V li m a b 1; 41 0 9. 0
F a 9 0 11 u 13 w U Is 1, Is " Diu a x 49 01 u #I
I Z AA ---,A!o 0
00
0
1-00
0 00
gel- lddwd.k
;.0o
M);
0 c
it
00 ltivv.,,' -00
-00
00
00 9
00 a goo
0o i --too
000 gas
COO
09 J
00
as 00
00 s
i Zoo
-Ov
x
00
300
:.,o0
ts
I V. 00
iWe 0
Alt ;--T
00 as I; T 'IA AA A s a *a 0 - 1 w 14 5 a a 3
0 IT to 0 M a K ow a cg V kLo A I ~1*
Ve 0 0 0 0 0 0 0 000 0 A 0 1 0 0 0 : 410 0 4 0 0 0 0 0 0 0 0t
j00066 :O:ooloooooooioooooo 060004006000,
i 0060 ;

to
1 4 t 1 0 v it 11 too to Is uu on Iloilo, 4; 41" .4c
f a a ru-ti-1-1-4 MIX11-0
A , _27-:1-V .
L) K go u
ootsepWt" at "bumt-reck" tf*M Xtinelk.
Seeba. R.'lkUuv- rnw. /oil. Oskar. Ansol. &o.
171(ji(19M); Xs"S J&Arb. jofjotoo4j.
U. R. R. S.-"
(;W,, Refente It, 1934. 015, -Chem. and minershwim:&I
data suppon thr ['4141kill-iUn that I)W f(Wh 116% 1410MA bV
the uwhms vol a rkw -looratinic asoWmw. IF 1%
00
zoo
.00
00 is
00
00 2 zoo
age
zoo
-00
4%..SL. -ITAtILURCICAL LITERATWO CLAWFKAYMP
lot- S1.14141.
I I p 4-
_41 --
u Is &W -0 LSI r-j--j -1 -' J7* -V
0 " III ft .9 It 9c it 9 It %#ado es'llf"1104 0
41 0 a ft 0 0 0 0 0 6 0 0 0 * 0 0
It

I Is 11 Is 11 W S. 16 It is 0 a "a IT is if U13 ids III? Ammal Q420G.Co
-L - I OR a .11 4- A 4. -- P A -&- , . -
*fOO,A fi-C-2 I -a a A 'L-L-M-N~J.G a 4-11-1-1-4- J-
I f ke 'cool*$
r
'0 A
of
Galibre hItruslass of Trialosky reage (N. X aloe,
vand.S. S. Kuandum 7'Far $oit. PrOor
09 C~ 'V.
oftv" 0, 435-O.-Tbk is intrusive Web Foerne "Ment'..
III m&Wy ammildom, which at list cunimct has heim alhir 4" 1
00 a;! tbtd, what the intmdv* farl; Wkich is of VRII
ahk i. probably the rtoodt o( differmliation. Imst
rnalmly sjlgall- or olivime-gabbret, has Ixcimw lwrphy- .00
it with pheltarrysts u( labratlarite in a fine-grained
V
R#itradmam. Three analyw-* are given. C. A. S .00
j
too
tie 0
of
i AS a I L a 411ALLUECKAL L119II&TURt CLAiUFKAIIO* CZ'
43.0. -gee
to &do Y a., q.L A.9 C.W
AT a
~w IT 0 to it CIP At R It It 11 K Ct it It x .1 " j W7 a V
,s-111 0 1~11'6 6
0;T44

BELIKOV, B.P. 111 1
Geological petrographic and physicomechanical
Investigation of Mlu-ralBsk
granite (northern Caucasus). Trudy Inst. Geol. Nauk No.89,
Petrograf. Ser.
No.28. 2o-61 140.
(CA 47 no.22:12142 153)

BELIKOV, B.P.: ZAISSBXIY, B.V., otvatetvennyy redaktor.
(Ifethod of,:tudying tectonic fissures in deposits of
building and
facing sto j 0 matode isuchaniia treshchinnoi taktoniki
mestorozhde-
nii straitellnogo'i oblitaivochnogo kamia. Moskva,
Isd-vo Akadamii
nauk SSSR, 195). 36 p. (MLRA 7:4)
(Building stonas)

ZAT SSKIY, B.V.; BELIKOV, B.P.
Petrographic and mechanical characteristics of
granites of the
U.S.S.R. (In:'Akademiia nauk SSSR. Voprosy
petrografii i minera-
logii. Moskva, 1953. Vol. 2. p.456-476) (MM 7:4)
(Granite)

BELIKOV, B. P.
USSR/Geology - Obituary Jal/Aug 53
"Academician Dmitriy Stepanovich BieR1Mnjk!jin (Obitu-
-','0
ary)," G. D. Afanas M~~ Be ov'-, .A.
ov ~"O
Voroblyeva,Q'B.-T. 'Za1esskiW)V. V. Lapi'n~,~'V P.
.Petrov
Iz Ak Nauk SSSR, Ser Geol, No 4, PP 5-12
Announce demise oA. S. Belyankin (23 Aug 1876-
20 Jun 1953), prominent geologist and petrographe.-
of USSR.
262T42
262-142

AFARAWYEV, G.D.; AFAXASSYXT, L.M...- IKOV, B.P.; KOPTBY-
---W
DVORNIKOY, V.S.; HIKHATLOV, N.A.; MONI -Y.K.; FAVCRSKAYA.
M.A.: PrInImali uchastip: DISTANOVA, A.N.; YBLISEYRVA.
0-.'P.;
KARMINq!A#S#; YUNAKOVSKAYA, Yu.Y.; USTIM, Ye.K., doktor
geolvmin. Dauk, otv. red.; NEILANOVA. G.F.. red. izd-va;
BYKO-
VA. Y.V.. tekhn. red.
[Principles of the geological mapping of intrasive and
extrusive
-formations as exemplified by pairogra*phic studies in
Kazakhstan,
~~ransbaikalls, the Northern,Caucasus, and Maritime
Provizicel
Printsipy geologicheskogo kartirovaniis intruzivnykh i
effuziv-
nykh formstaii na primers petrogreficheskikh issledovenii
Se-
vernogo Kavkaza, Kazakhatens, Zabsikallia i Prinor'!s.
Moakva.
Goo.nauchno-tekhn. izd-vo lit-ry po-gabl.i ckhrane nedr,
1960.
341 p. (MIRA 14-5)
1. Akademiya nauk SSSH. Institut geologii rudnykh
mastorozhdeniV,
petrogrAfii, mineralogii i-geokhimii. 2. Sotrudnik
Institute geolo-
Ka (for konich). 3. Sotrudnik Vseooyusno-
gicheskikh nauk AN z.
go geologichaskogo institute ( for Mikhaylov) 4. Sotrudniki
Moskovakogo goaudarstvannogo univarsiteta (for
Yunkavakayar.Dista-
nova)
(Rocks. Igneous)

BELIKOV) B*P4-
............
...........
-~S%Teugth and elastic properties of rooks. Trudy IGEM
no.43:47-110
t6i. (KERA --14; 10)
(Rocks-Testing)
I
I

BEI,IXOV, B.P. -
-09:::7
Elastic properties of rocks. Izv.,UI SSSR. Senreol. 26 no.11:
34-41 N 161. WRA 14:10)
1. Institut geologii rudnykh mestorozhdeniy, petrogr,afii,
mineralo-
~gli. i geakhimii AN SSSR, Moskva.
(Rocka--Testing)

BMIK E.I.-
-.!E-~Lov ~
Elastic properties of rocks* Studia. geopbys 6
no.1:75-85 162.
1, Institute of Geology of Ore Deposito, Kineralogyp
Petrography
and Geoebemistrys AcadmW of Sciences USSR, Moscow 179
Staromonetny
35-

ALEKSANDROV, K.S.; RYZHOVA, T.V.;,B~~TKOV,,B..P.
Elastic properties or pyroxenes, Kristalogmfila 8
no.5:738-741
M 163. (MIRA 16:10)
1. Institut fiziki Sib-irskogo otdeleniya AN SSSR.